#pragma warning disable 108
using System;
using System.Runtime.InteropServices;
using System.Collections.Generic;
using Cephei;
using Cephei.Generic;
namespace Cephei.QL.Models.Marketmodels
{
     // <summary> 
	// ! This class stores: -# evolutionTimes = the times defining the rates that are to be evolved, -# rateTimes = the times at which the rates need to be known, -# relevanceRates = which rates need to be known at each time.  This class is really just a tuple of evolution and rate times; - there will be n+1 rate times expressing payment and reset times of forward rates. - there will be any number of evolution times. - we also store which part of the rates are relevant for pricing via relevance rates. The important part for the i-th step will then range from relevanceRates[i].first to relevanceRates[i].second. Default values for relevance rates will be 0 and n. - example for n = 5:
	// <pre> |-----|-----|-----|-----|-----|      (size = 6) t0    t1    t2    t3    t4    t5     rateTimes f0    f1    f2    f3    f4           forwardRates d0    d1    d2    d3    d4    d5     discountBonds d0/d0 d1/d0 d2/d0 d3/d0 d4/d0 d5/d0  discountRatios sr0   sr1   sr2   sr3   sr4          coterminalSwaps
	// </pre>
	// </summary>
    [Guid ("BC173F6C-7982-4955-8670-284872B647DD"),ComVisible(true)]
	public interface IEvolutionDescription 
	{
		///////////////////////////////////////////////////////////////
        // Methods
        //
        
		 Cephei.IVector<Double> EvolutionTimes {get;}
        // <summary> 
		// const Matrix& EvolutionDescription::effectiveStopTimes() const { return effStopTime_; }
		// </summary>
		 Cephei.IVector<UInt64> FirstAliveRate {get;}
        
		 UInt64 NumberOfRates {get;}
        
		 UInt64 NumberOfSteps {get;}
        
		 Cephei.IVector<Double> RateTaus {get;}
        
		 Cephei.IVector<Double> RateTimes {get;}
    }

    // <summary> 
	// ! This class stores: -# evolutionTimes = the times defining the rates that are to be evolved, -# rateTimes = the times at which the rates need to be known, -# relevanceRates = which rates need to be known at each time.  This class is really just a tuple of evolution and rate times; - there will be n+1 rate times expressing payment and reset times of forward rates. - there will be any number of evolution times. - we also store which part of the rates are relevant for pricing via relevance rates. The important part for the i-th step will then range from relevanceRates[i].first to relevanceRates[i].second. Default values for relevance rates will be 0 and n. - example for n = 5:
	// <pre> |-----|-----|-----|-----|-----|      (size = 6) t0    t1    t2    t3    t4    t5     rateTimes f0    f1    f2    f3    f4           forwardRates d0    d1    d2    d3    d4    d5     discountBonds d0/d0 d1/d0 d2/d0 d3/d0 d4/d0 d5/d0  discountRatios sr0   sr1   sr2   sr3   sr4          coterminalSwaps
	// </pre> Factory
	// </summary>
   	[ComVisible(true)]
    public interface IEvolutionDescription_Factory // : Collection_Factory<IEvolutionDescription, ICell<IEvolutionDescription>>
    {
        ///////////////////////////////////////////////////////////////
        // Factory methods
        //
        
	    IEvolutionDescription Create ();
    }
}

